壽命診斷技術 的英文怎麼說
中文拼音 [shòumìngzhěnduànjìshù]
壽命診斷技術
英文
diagnosis technique for residual life-
The fault diagnosis technique is a key technology to ensure longevous service and the high reliability of satellite
衛星的故障診斷是實現長壽命高可靠性要求的一項關鍵技術。Therefore, this dissertation based on the pre - research defense projects of “ research on longevous service and high reliability of satellite ” of the national tenth - five - year plan, study the method of uncertainty inference, and the application of rough set theory in the development of the satellite fault diagnosis system, the main content of this dissertation is as follows : first, this paper incorporate the status in quo of the technology of fault detecting and diagnosis and the artificial intelligence ( ai ), realize the newest trend of the technology of fault detecting and diagnosis is that using the technology of artificial intelligence to solve the certainty and uncertainty problem in the actual engineering area
為此，本文以國家武器裝備「十五」預研「衛星長壽命高可靠技術」研究項目為背景，研究不確定性推理理論中的粗糙集理論在衛星故障檢測和診斷中的應用，並開發相應的系統。主要研究內容包含以下幾個方面:論文首先結合故障診斷技術及人工智慧技術的發展現狀，明確了故障診斷的發展方向是使用人工智慧的最新研究成果去解決實際應用中更為常見的各種確定和不確定問題。分析了解決不確定推理技術的主要方法及各自的原理並進行了比較。The research background of this dissertation is the defence pre - research item of the national tenth - five - year plan - “ research on longevous service and high reliability of satellite ”. for improving the diagnosis ability of satellite attitude control systems, this dissertation studies on the telemetering data analyzing and diagnosis based on mathematical simulation
本學位論文以國防「十五」預研項目（ 02413200204242 ） 「衛星長壽命高可靠性技術」為研究背景，為提高衛星姿控系統的故障診斷能力，對基於數學模擬的衛星姿控系統遙測數據分析與故障診斷進行了系統、深入的研究和探索。Based on the spaceflight technology innovation program of “ research on the testing method of reliability - - - - research on the fault diagnostic expert system and neural network ” and the pre - research defense projects of “ research on longevous service and high reliability of satellites ” of the national tenth - five - year plan, taking attitude control system of a satellite as object, the theories and the applications of the neural networks and expert system in the fault diagnosis are studied in this dissertation
本文以航天技術創新基金項目「可靠性試驗方法研究? ?故障診斷的專家系統神經網路技術研究」和國家武器裝備「十五」預研項目「衛星長壽命高可靠性技術」為背景，以衛星姿態控制系統為研究對象，在理論和實踐兩個方面對神經網路和專家系統相結合的故障診斷技術及其在衛星中的應用進行了研究。The aim of this dissertation research is focused on the pre - research defense projects of “ research on longevous service and high reliability of satellite ” of the national tenth - five - year plan. for improving the capability of fault diagnosis for un - presuppose faults, we propose a new fault reconstruction technique which suits to satellite attitude control system and four novel techniques under this frame work is investigated in this dissertation
本文以國防十五預研項目「衛星長壽命高可靠性技術」為研究背景，為提高目前衛星對無故障模式故障的診斷能力，提出了一套適合衛星姿態控制系統的故障重構框架體系，並研究了四項關鍵技術作為該框架的支撐。In developed countries, longer life expectancy but also better diagnostic abilities explain this increase, whereas in developing and middle - income countries, the time bomb of tobacco - related and viral - induced cancer is starting to show its toll
在發達國家，癌癥發病率增高可歸咎於人們壽命較長和先進的診斷技術，而在發展中國家和中等收入水平國家，吸煙和病毒介導的癌癥比率在逐漸增大。Thus non - expert user can gain expert assistance by using intelligent diagnostic system to locate fault and repair equipment quickly. this is of great important in improving the availability and reducing the life cycle cost, especially for those lower level army units who are weak in technique
智能診斷系統可以使一般用戶隨時獲得專家級的幫助，實現快速定位故障、修復設備，這對于提高設備的可用性、降低全壽命周期費用具有重要的意義，尤其是對技術力量相對薄弱的基層部隊意義更加明顯。Also the fault diagnosis and fault - tolerance technology has been dramaticly developed due to the task extension, precision requirement and long working time
而航天器的故障診斷和容錯技術則隨著航天器飛行任務擴展、測控精度提高以及工作壽命延長等要求而迅速發展起來。分享友人